EXPERIMENTAL RESEARCH ON HARVESTING SPECIES OF MEDICINAL PLANTS GROWN ON SMALL AREAS

IF 0.6 Q4 AGRONOMY
A. Muscalu, C. Tudora, C. Sorică, N. Vladut, Oana Mîrzan, M. Naie
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引用次数: 1

Abstract

The operation of harvesting medicinal plants is one of the important factors, which influences the quality of plant material and thus its value. In order to optimize the cultivation technologies and to adapt them to the local conditions, INMA Bucharest has developed and tested a multifunctional equipment for the mechanized harvesting of medicinal plants (annual and perennial), cultivated on small and medium areas. This equipment, of small capacity, equipped with interchangeable working parts, performs the harvesting operation by cutting, at a certain height from the ground. The paper presents the results obtained when testing the experimental model of Multifunctional equipment for harvesting medicinal and aromatic plants in the crops of three species of medicinal plants, grown on small areas. Determining for each crop some qualitative working indices (average working height, cutting degree, collecting degree, losses, etc.) as well as some energy indices (working speed, hourly fuel consumption, working capacity, etc.) allows the evaluation of the technical and working performances of the Multifunctional equipment for harvesting medicinal and aromatic plants.
小面积种植药用植物采收品种的实验研究
药用植物的采收操作是影响植物材料质量及其价值的重要因素之一。为了优化种植技术并使其适应当地条件,布加勒斯特INMA开发并测试了一种多功能设备,用于机械化收割中小型地区种植的药用植物(一年生和多年生)。该设备容量小,配有可互换的工作部件,在离地面一定高度通过切割进行收割操作。本文介绍了在小面积种植的三种药用植物的作物中测试多功能药用和芳香植物收获设备的实验模型时获得的结果。确定每种作物的一些定性工作指标(平均工作高度、切割程度、收集程度、损失等)以及一些能量指标(工作速度、每小时燃料消耗量、工作能力等),可以评估药用和芳香植物收获多功能设备的技术和工作性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
0.80
自引率
0.00%
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审稿时长
14 weeks
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